public void SetupDialog()
{
EventLogger.LogMessage("Opening Setup Dialog Form", System.Diagnostics.TraceLevel.Info);
var f = new SetupDialogForm(this, driverID, "Steps");
f.ShowDialog();
f.Dispose();
}
public string Action(string actionName, string actionParameters)
{
// Make sure the action is supported.
if(!GeminiSupportedActions.Contains(actionName))
throw new System.ApplicationException("The requested action (" + actionName +") is not supported by this driver.");
// Handle the requested action
string returnValue = "";
switch (actionName)
{
case "RefreshConfigNow":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.RefreshConfigNow();
break;
case "HomeDevice":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.Home();
break;
case "CenterDevice":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.Center();
break;
case "GetDeviceNickname":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = myFoc.Nickname;
break;
case "SetDeviceNickname":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.Nickname = actionParameters;
break;
case "GetTempCoeffValue":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
try
{
char c = actionParameters[0];
returnValue = myFoc.GetTempCoeffValue(c).ToString();
}
catch(IndexOutOfRangeException)
{
throw new ApplicationException("Action: GetTempCoeffValue expects a char parameter 'A' through 'E'");
}
break;
case "SetTempCoeffValue":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
{
string[] parms = actionParameters.Split('|');
if (parms.Length != 2) throw new ApplicationException("The SetTempCoeffValue action requires exactly two parameters for (1)Mode and (2)New Value delimited by the | character." +
parms.Length.ToString() + " parameters were received.");
char mode = parms[0][0]; // the first (and only) character of the first parameter
int value = 0;
if (!int.TryParse(parms[1], out value)) throw new ApplicationException("The SetTempCoeffvalue action expects a valid integer for its second parameter. " +
parms[1] + " was received");
myFoc.SetTempCoeffValue(mode, value);
break;
}
case "GetTempCoeffName":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
try
{
char c = actionParameters[0];
returnValue = myFoc.GetTempCoeffName(c);
}
catch (IndexOutOfRangeException)
{
throw new ApplicationException("Action: GetTempCoeffName expects an index parameter 'A' through 'E'");
}
break;
case "SetTempCoeffName":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
{
string[] parms = actionParameters.Split('|');
if (parms.Length != 2) throw new ApplicationException("The SetTempCoeffName action requires exactly two parameters for (1)Mode and (2)New Name delimited by the | character." +
parms.Length.ToString() + " parameters were received.");
char mode = parms[0][0]; // the first (and only) character of the first parameter
myFoc.SetTempCoeffName(mode, parms[1]);
break;
}
case "SetTempOffset":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.SetTempOffset(double.Parse(actionParameters));
break;
case "GetTempOffset":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = myFoc.GetTempOffset();
break;
case "GetSelectedTempCompMode":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
try
{
returnValue = myFoc.TempCompMode;
}
catch
{
throw;
}
break;
case "SetTempCompMode":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.TempCompMode = actionParameters; // The TempCompMode property checks internally for the correct parameters.
break;
case "GetLEDBrightness":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = myFoc.LEDBrightness.ToString();
break;
case "SetLEDBrightness":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
{
// Make sure we have a valid value.
double d;
int i;
if(!double.TryParse(actionParameters, out d)) throw new ApplicationException("SetLEDBrightness expects a valid number for its parameter. " +
"Received " + actionParameters);
i = (int)d;
myFoc.LEDBrightness = i;
}
break;
case "GetDeviceType":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = myFoc.DeviceType.ToString();
break;
case "SetDeviceType":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.DeviceType = actionParameters[0];
break;
case "GetTempComp":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = myFoc.TempCompEnabled.ToString();
break;
case "SetTempComp":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
if (actionParameters == true.ToString()) myFoc.TempCompEnabled = true;
else myFoc.TempCompEnabled = false;
break;
case "GetBacklashCompSteps":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = myFoc.BacklashCompSteps.ToString();
break;
case "SetBacklashCompSteps":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
{
uint steps;
try{ steps = uint.Parse(actionParameters); }
catch { throw new ApplicationException("Error parsing steps parameter in SetBacklashCompSteps action. Value received = " + actionParameters); }
myFoc.BacklashCompSteps = steps;
}
break;
case "GetBacklashCompEnabled":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = myFoc.BacklashCompEnabled.ToString();
break;
case "SetBacklashCompEnabled":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
if (actionParameters == true.ToString()) myFoc.BacklashCompEnabled = true;
else myFoc.BacklashCompEnabled = false;
break;
case "GetFirmwareVersion":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = HubFocRot.FirmwareVersion.ToString();
break;
case "GetCOMPortName":
returnValue = HubFocRot.COMPortName;
break;
case "ForceHubDisconnect":
// Call the static method of HubFocuser class to disconnect the entire hub.
HubFocRot.ForceHubDisconnect();
break;
case "GetConnectionType":
returnValue = HubFocRot.ConnectionMethod.ToString();
break;
case "GetTempCompAtStart":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = myFoc.TempCompAtStart.ToString();
break;
case "SetTempCompAtStart":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.TempCompAtStart = bool.Parse(actionParameters);
break;
case "SyncPosition":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.SetCurrentPosition(int.Parse(actionParameters));
break;
case "ResetToDefaults":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
myFoc.FocuserResetDefaults();
break;
case "GetWiFiConnectionState":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = HubFocRot.WiFiModuleConnected.ToString();
break;
case "GetWiFiAttachedState":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
returnValue = HubFocRot.WiFiModuleAttached.ToString();
break;
case "GetWiFiFirmware":
returnValue = HubFocRot.WiFiFirmwareVersion.ToString();
break;
case "GetWiFiIPAddress":
returnValue = HubFocRot.WiFiIPAddress.ToString();
break;
case "GetWiFiNetworkName":
returnValue = HubFocRot.WiFiNetworkSSID;
break;
case "SetWiFiNetworkName":
HubFocRot.WiFiNetworkSSID = actionParameters;
break;
case "GetWiFiSecurityType":
returnValue = HubFocRot.WiFiNetworkSecurityMode;
break;
case "SetWiFiSecurityType":
HubFocRot.WiFiNetworkSecurityMode = actionParameters;
break;
case "GetWiFiSecurityKey":
returnValue = HubFocRot.WiFiNetworkSecurityKey;
break;
case "SetWiFiSecurityKey":
HubFocRot.WiFiNetworkSecurityKey = actionParameters;
break;
case "GetWiFiWEPIndex":
returnValue = HubFocRot.WiFiNetworkWepKeyIndex.ToString();
break;
case "SetWiFiWEPIndex":
HubFocRot.WiFiNetworkWepKeyIndex = int.Parse(actionParameters) - 1; //Convert from the 1-4 front end to the 0-3 back end
break;
case "WiFiPushChanges":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
HubFocRot.WiFiPushChanges();
break;
case "WiFiResetDefaults":
if (!HubFocRot.IsHubConnected) throw new ASCOM.NotConnectedException("Operation cannot be completed. Device is not connected.");
HubFocRot.WiFiResetDefaults();
break;
case "SetupDialogNonStandard":
EventLogger.LogMessage("Opening Setup Dialog Form", System.Diagnostics.TraceLevel.Info);
var f = new SetupDialogForm(this, driverID, actionParameters);
f.ShowDialog();
f.Dispose();
break;
default:
throw new ApplicationException("A supported action was requested but the driver cannot implement it. Requested Action = " + actionName +
" Please contact technical support.");
}
return returnValue;
}